Sentence examples for availability equal to from inspiring English sources

In particular, we consider a maximum tolerable channel switching time of 100 ms and service availability equal to, at least, 99%.

Salt stress treatment was imposed adding daily 5 mmol of NaCl to plants with a water availability equal to 80% of the field capacity.

At each time point of the two experiments, mRNA from non-stressed plants of both the two rootstocks grown with a water availability equal to 80% of the field capacity were sampled as controls.

The green, three-dimensional surface on Fig.  7 corresponds to the combinations of MTT, CTH, and PtO2, that give rise to a tissue oxygen availability equal to the metabolic rate of oxygen of the myocardium during rest, MMRO2 = 10 mL O2/100 mL/min [ 1].

The availability is equal to 1 − F OR. Therefore, the probability of a TPGS staying in a power output state is equal to the probability of tidal current speed within a certain range to generate the power output multiplied by the availability (1 − F OR) of the TPGS in that state.

One weakness is that the authors were unable to determine by their survey whether or not protocol availability was equal to protocol utilization.

In case of an unbalanced transportation problem, the total availability is not equal to total demand, thus some of the source and/or destination constraints are satisfied as inequalities.

Figure  1 shows that in 2006 urban availability of each tracer medicine was consistently above or in a few cases equal to rural availability.

Let us note that when the availability of the system becomes equal to its capacity (d=V), then the Erlang's ideal grading becomes a full-availability group, described by the ependences (9) and (10).

Thus, the probability of single channel availability at a node is equal to Poff, and it can be stated that p = α α + β (12).

Since the power of accelerators applied in industrial installation is over 1 MW and requested operational availability of the plant is equal to 8500 h in year, it is a new challenge for radiation processing applications.